Circuits & Schematics: 1 -Wire Barometer - 5/10 Volt Design vrs 2 - 5
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Search results: 1,580 Output: 41-50 Including: 10 (1091); Design (945); Wire (261); Volt (97); Barometer (3); vrs (0).
- .. Design Idea describes a new class of logic gates, which we have named resistor-FET-logic, aka “RFL.” How ...25-12-2023
- .. dubious) advantages compared to competing topologies. This “new” (I haven’t seen it elsewhere) idea for a design shown in Figure 1 joins the mob with the following claims to fame. It requires only a single amplifier, runs ...22-12-2023
- .. the best output I was able to get with this “photocell” is more than 0.81 V at R LOAD = 2k and 2 × 5 = 10 mA of total current through LEDs (super bright of OSRAM). This was quite enough for my application, but it was ...
.. zero output of an op-amp that is based on a symmetrical multivibrator for better efficiency than the previous photocell design idea. This second circuit is based on a symmetrical multivibrator and has far better efficiency than its ...19-12-2023 - .. C REF = 500 pF and V REF = 2.5 V, this circuit has a gain of 5 mV/pF, and when measured with a DMM achieves a resolution of 10 fF for a dynamic range of 100 dB. It also rejects stray capacitance (shown as ghosts in Figure 1) by 100 dB. If this ...18-12-2023
- .. that requires only 5.5 µA supply current. Offset Voltage is 5 µV, with 0.05 µV/ C drift. A gain exceeding 10 8 affords high accuracy, even at large closed-loop gains. Figure 1. 0.05 µV/ C chopped amplifier requires only ...15-12-2023
- .. of square, triangle, and sine waveform outputs is a familiar tool on electronics lab benches. It’s also a classical design exercise. Generally, the square and triangle are easy, so the problem is how to generate an acceptably ...13-12-2023
- .. 3 MHz, but this can be adjusted with appropriate LC tank components. The upper limit of the usable frequency range is about 10 MHz. The width of the passband is adjusted by the current into Pin 5 (set current or I SET ) of the transconductance ...12-12-2023
- .. controlled gain is an everyday analog-design element. You frequently find this element in an op-amp-based, transimpedance current-to-voltage converter. ...08-12-2023
- .. (Figure 2). The voltages are the net differentials that the biphase drive develops: For example, the differential is 10 V when you drive the Data A signal in Figure 1 to 5 V and the Data B signal to 5 V. In addition to the signal levels, ...
.. in 5 V microcontroller-based designs. The circuit in Figure 1 serves the Tx (transmit/output) portion of the 429 spec. The design implements a high-speed ARINC-429-compliant transmit function using a single 5 V supply rail and 74HC series ...04-12-2023 - .. avoid core saturation 300 mT Initial Permeability 3,000 Primary turns, NP 11 Secondary turns, NS 275 Primary Inductance, LP 10 µH Peak primary current, IP 60 A Constant ON-time of the switching MOSFET 25 µs Materials on the topic ...
.. Design Idea significantly improves conversion efficiency of externally driven flyback converter-based capacitor ...01-12-2023
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